The Exhilaration of Driving
Performance happens when man and machine connect as one. When the car becomes an extension of the engineer’s dream and the driver’s will. When you stop thinking about control and start feeling it. When you start measuring performance in your heart instead of on a stopwatch, then you know it’s in your DNA.
Before your foot hits the gas. Before it even steps inside, the performance has already begun. At the Performance Manufacturing Center our engineers build openly and efficiently, designing their own workstations and programming their own assembly bots. This helps to ensure every Acura is precisely engineered – with a good dose of human common sense.
Innovation is our obsession. You can see it across our entire model line. Every refinement, every tweak, every fine-tune results in better performance on the road.
We saw a better path for hybrids and took it, first engineering the NSX to deliver better fuel efficiency ratings without taking the foot off the gas, exhilaration-wise. Our revolutionary Super Handling All-Wheel Drive™ (SH-AWD®) system is combined with an electric Twin Motor Unit (TMU), engineered to independently distribute torque to each rear wheel (front on NSX) for athletic acceleration and on-rails handling.
Acura engineers set out to bring the torque-vectoring technology of track vehicles to the street. That’s how they built the revolutionary all-wheel drive system that strategically distributes power among the wheels for a performance gain that you can truly feel. Today Super Handling All-Wheel Drive™ (SH-AWD®) is available on the NSX, TLX, MDX and RDX models.
Notable milestones in a legacy of performance-focused engineering.
Intelligent Variable Valve Timing and Lift Electronic Control (i-VTEC®) increases horsepower by advancing valve timing relative to engine RPM.
VCM improves V-6 fuel efficiency by running on three cylinders during highway cruising.
The system varies throttle sensitivity to provide the appropriate response and feel to driving conditions.
Our exclusive drivetrain system uses electric power to improve efficiency, acceleration and handling.
Acura’s 10-speed automatic transmission, with Sequential SportShift and standard paddle shifters, takes full advantage of both turbocharged engines’ high-torque output, offering a wider ratio range, more discrete gears, four-gear direct downshifts and a lower first gear compared to the previous 9-speed automatic and 8-speed DCT.
SH-AWD® greatly enhances high-performance dry-road handling with the all-weather advantages of conventional all-wheel drive.
The SH-AWD® effect is enhanced by twin electric motors to distribute torque for on-rails handling.
Our Active Damper System adjusts to road and driving conditions every few milliseconds.
Braking individual wheels helps you smoothly and easily trace a desired line through a curve.
Making a return on the 2021 TLX, the two wishbone-shaped control arms offer more precise control of the wheel chamber and enhance tire-to-ground contact for exceptional handling and cornering grip.
Our Advanced Compatibility EngineeringTM body construction is designed to help reduce and disperse force in front crashes with virtually all car sizes.
The second-generation NSX goes beyond the all-aluminium space-frame of the original, using a breakthrough combination of materials for structural safety and handling performance.
Ablation casting combines the strength of forged aluminum with precise, complex shape-forming capability.
Three-dimensionally-bent-and-quenced ultra-high-strength steel tubing forms the upper portion of A-pillars and roof rails.
We don’t just talk power and precision, we put them to the ultimate tests. From sand to snow to the shake room, we put our vehicles through countless hours of some of the harshest conditions we can throw at them. Spoiler alert, they passed.
By pushing our vehicles at top speeds, for extended durations, in the harshest desert terrain, we find out what makes them overheat. Then we fix it.
By pushing our vehicles at top speeds, for extended durations, in the harshest desert terrain, we find out what makes them overheat. Then we fix it.
The wind tunnel at PMC is where we test aerodynamics for performance and fuel efficiency and the sound levels of our vehicles. The combination of computer simulations and hands-on human ingenuity allows us to work and rework until we get it all just right.
The wind tunnel at PMC is where we test aerodynamics for performance and fuel efficiency and the sound levels of our vehicles. The combination of computer simulations and hands-on human ingenuity allows us to work and rework until we get it all just right.
Turbulent movements in the shake room test durability and show our engineers how driving wears on the exterior and interior components of every model. Believe us, if there’s an internal rattle, we’ll find it – so you won’t.
Turbulent movements in the shake room test durability and show our engineers how driving wears on the exterior and interior components of every model. Believe us, if there’s an internal rattle, we’ll find it – so you won’t.
The word genteki is a nod to our roots, inspired by the Japanese word “gen” (meaning “at the spot”) and “tekigou” (meaning “complying”). It’s an Acura-specific evaluation in which our team tests the powertrain, braking and handling of our vehicles against real-world curves and conditions.
The word genteki is a nod to our roots, inspired by the Japanese word “gen” (meaning “at the spot”) and “tekigou” (meaning “complying”). It’s an Acura-specific evaluation in which our team tests the powertrain, braking and handling of our vehicles against real-world curves and conditions.